Dissertation, Malaysia Fast Energy Generation Prediction Using Automated Solar PV System Design Optimization

Title: Fast Energy Generation Prediction Using Automated Solar PV System Design Optimization.

A dissertation does not require novelty.

Description

To create an app. Based on an area (input), the app should be able to calculate the number of solar panels needed and the total energy generated. but there might be another add-on required. for now

I need a progress report to be done, due on 25/4/22. The dateline for my dissertation is mid of august. The platform used to create the design is Matlab. this is the initial stage. Later on, it should be an app that is downloadable to devices. The solar panels used should comply with Malaysia’s standard solar panels.

Get Solution of this Assessment. Hire Experts to solve this assignment for you Before Deadline.

Answer

Recent Solved Questions

Online Exam & Assignment Writing Services

70841+ Orders Delivered

4.9/5
5 Star Rating

Confidential & Secure Assignment Help For

Group Assignment Help

Online Exam -Test & Quiz

Cheapest Price Quote

Diploma & Certificate Levels

Semester & FYP Papers

Summative & Individual

GBA & Reflective

Last Minute Assistance

Sample Assignment Download

CBE678  Introduction To Food Science And Technology UITM Assignment Sample Malaysia
The course "CBE678 - Introduction to Food Science and Technology" at UITM Malaysia provides a comprehensive overview of the food processing industry. It covers topics such as the constituents and…
Science
CHE485 Chemistry Laboratory UITM Assignment Sample Malaysia
CHE485 Chemistry Laboratory at UITM Malaysia is a practical course that complements theoretical learning in physical, inorganic, and organic chemistry. It focuses on open-ended laboratory investigations, emphasizing effective communication, delegation,…
Science

UP TO 15 % DISCOUNT

Instant Paper Writing Services by Native Malaysia Writers

Plagiarism Free Solutions
100% Original Work
24*7 Online Assistance
Native PhD Experts
Hire a Writer Now